FS60 UAV Hyperspectral Measurement System

FS60 UAV Hyperspectral Measurement SystemSystem Overview

• The FS60 series unmanned aerial vehicle hyperspectral measurement system is a functional airborne hyperspectral detection equipment launched by Caipu Technology, including the FS60-C series, FS60-UC series, FS60-UCR series, etc., suitable for flight platforms such as DJI M350/IM300RTK.

FS60 UAV Hyperspectral Measurement SystemSystem Composition

• High stability gimbalUsed to stabilize equipment such as hyperspectral cameras and ensure the stability of shooting during flight.

• hyperspectral cameraCore component, capable of collecting hyperspectral image data of ground objects.

• Embedded data acquisition, processing, and storage unitReal time processing and storage of collected data to ensure its integrity and availability.

• Wireless Image Transmission SystemReal time transmission of collected image data to the ground receiving workstation.

• GPS-RTK Navigation SystemProvide precise positioning and navigation information to ensure that the drone flies along the predetermined route and accurately obtains data.

• Ground receiving workstationUsed for receiving, displaying, and analyzing data transmitted back by drones.

• Ground control systemThe operator controls the flight and parameter settings of the drone through the ground control system.

• Reflectance calibration boardUsed for calibrating hyperspectral cameras to ensure the accuracy of measurement data.

technical parameters

• spectral rangeCovering 400-1700nm, some series such as FS60-C can choose different specific ranges such as 400-1000nm.

• spectral resolutionBetter than 2.5nm, some models can even reach 1.4nm, which can finely distinguish the spectral characteristics of different land features.

• Number of spatial channelsBy 1920, it can provide rich spatial information.

• Lidar parametersThe FS60-UCR series is equipped with a laser radar ranging of up to 300m, featuring high-precision measurement, high scanning field of view, and high laser radar point frequency.

performance advantage

• high stabilityUsing high signal-to-noise ratio ultra high speed spectral scanning imaging devices and CCD imaging devices, providing high stability spectral image acquisition, reducing noise interference, and ensuring data quality.

• Efficient and low-power consumptionOur self-developed high-efficiency and low-power image processing algorithm has extended the flight time of the entire machine, reduced system power consumption, and improved the efficiency and economy of equipment use.

• precise measurementHigh spectral resolution enables accurate acquisition of spectral information of land features, helping to distinguish different types of land features, monitor subtle changes in land features, and provide reliable data for precise analysis.

• Multi-functional integrationThe FS60-UCR series integrates laser radar and hyperspectral imaging, and can simultaneously obtain laser radar and hyperspectral image data, realizing the integration of multiple measurement functions and meeting the needs of different application scenarios.

application field

• precision agricultureReal time measurement of spectral image information of plants, soil and other land features, used to monitor crop growth status, soil nutrient status, pest and disease occurrence, etc., thereby achieving precise fertilization, irrigation, pest and disease prevention and control management, and improving agricultural production efficiency and quality.

• Forestry monitoringCan be used for forest pest and disease monitoring and fire prevention monitoring, timely detecting signs of pests and diseases and fire hazards in the forest, providing support for forest resource protection.

• Ocean and Coastal Zone MonitoringMonitor the coastline and marine environment, including seawater quality monitoring, marine ecosystem monitoring, etc., to understand changes in the marine environment and protect the balance of marine ecology.

• Monitoring of Lake and Watershed EnvironmentMonitor lake water quality, changes in aquatic ecosystems, and changes in land use within the watershed, providing scientific basis for environmental protection and governance of lakes and watersheds.

• Topographic mapping and resource explorationThe FS60-UCR series can utilize laser radar and hyperspectral imaging functions for terrain mapping and resource exploration, obtaining terrain and landform information as well as mineral resource distribution.